Sayed Iman Mousavi

Sayed Iman Mousavi is a Research Fellow at Yale University's Yale School of Medicine. His research focuses on cellular mechanisms involving actin cytoskeleton dynamics, clathrin-mediated endocytosis, and molecular motor systems. Collaborating with researchers like Julien Berro, he develops tools such as genetically encoded mechano-sensors and software for analyzing cellular structures (e.g., Re-track). His work bridges biophysics, molecular biology, and cell biology to elucidate fundamental processes in membrane trafficking and cytoskeletal regulation.

Publications highlight contributions to understanding Fimbrin's role in actin disassembly, CRISPR-based genome editing in fission yeast, and kinesin motor dynamics. His interdisciplinary approach addresses questions in cell motility, cargo transport, and protein interactions in diverse systems, including plant cells and cilia biology.

Research interests extend to quantitative imaging techniques (e.g., FRAP analysis improvements) and synthetic biology applications for mechanosensitive proteins. Despite no awards listed, his work demonstrates innovation in both experimental and computational methodologies.